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The author contends that the Trump administration began censoring climate change information immediately upon taking office by removing climate references from the White House website, cancelling a Health and Climate summit, and freezing EPA grants for climate research and environmental justice. The text warns that erasing public data hampers the tracking of global temperatures and severe weather, facilitating climate denial strategies similar to those previously used by the American Petroleum Institute. The Center for International Environmental Law pledges to continue supporting the Paris Agreement and holding contributors to climate change accountable.

The document describes a 2013–2014 research project by the Stockholm Environment Institute to assess how the voluntary international regime known as SAICM has influenced on-the-ground chemical safety and national management in Tanzania. It details the project's bottom-up methodology, which involves interviewing stakeholders and reviewing documents to measure progress toward a 2020 global goal of minimizing the adverse effects of chemicals. The text also lists previous SAICM-related initiatives in Tanzania, including pilot projects by UNITAR and funding from the SAICM Quick Start Fund and the Swedish Chemicals Agency.

The study finds that while investment incentives in Vietnam's mining sector attract foreign capital and improve productivity, they do not currently drive sustainable behavior. Tax incentives caused substantial state budget losses between 2001 and 2006, and foreign firms showed a lack of proactive commitment to social welfare and environmental protection. The author recommends linking incentive entitlement to specific sustainable development targets and strengthening post-investment monitoring.

The report investigates how ISO 26000 is perceived by SMEs, consultants, and National Cleaner Production Centres. It finds that while the ISO brand adds legitimacy to social responsibility, the standard's broad and generic nature makes it a poor management tool for SMEs, who often operate via informal processes and are driven by the personal values of owner-managers. The study highlights significant barriers for SMEs, including a lack of expertise, financial constraints, and low negotiating power within global value chains, which can lead to 'mock compliance'. It concludes that ISO 26000 is most relevant to a specific profile of SMEs—those that are export-oriented, networked into international supply chains, or led by sustainability-aware entrepreneurs.

The report analyzes innovation within Costa Rica's agro-industry sector using a survey of 42 firms. It identifies that while most firms innovate in products and processes to improve quality and market share, they face barriers such as a lack of trained workers and difficulty accessing funding. Regarding environmental protection, most firms invest in water treatment and remediation, but few adopt pollution prevention or eco-friendly product development, primarily due to the non-existence of suitable technologies in international and local markets.

The document analyzes the intersection of trade law and environmental management, arguing that while trade rules are not inherently inconsistent with environmental protection, they impose significant technical and capacity burdens on governments. It highlights a high risk that older environmental measures may fail trade law challenges due to retroactive application and a lack of original trade-law consideration. The author specifically warns that NAFTA Chapter 11 investment rules pose a more severe risk because they allow private corporations to initiate arbitration and have been interpreted expansively to include 'covert or incidental interference' as expropriation, potentially creating a chilling effect on new environmental legislation.

Singapore has adopted a strategy where trade and environmental protection are viewed as mutually supportive. To achieve this, the government has implemented market-based instruments to phase out ozone-depleting substances under the Montreal Protocol, promoted ISO 14000 environmental management standards to avoid non-tariff trade barriers, and introduced Green Productivity (GP) and a voluntary Green Labelling Scheme to encourage waste minimisation and green consumerism.

Molten Metal Technology Inc. (MMT) developed catalytic extraction processing (CEP), a technology designed to break down hazardous and radioactive wastes into benign forms and recyclable products. Between 1989 and 1995, the company leveraged strong leadership, strategic partnerships with entities like Lockheed Martin and DuPont, and significant federal grants from the DOE to build a research facility in Massachusetts and plan commercial plants in Tennessee and Texas. Despite achieving its first profit in 1995 and receiving EPA recognition for its technology, MMT faced significant risks regarding the timing of full commercial implementation and competition from established incineration and biodegradation methods.

The document examines the tension between lean manufacturing and environmental management at Honda of America's plants in East Liberty and Marysville, Ohio. It explores how lean practices—such as waste reduction, high-involvement human resources, and continuous improvement—can both complement and conflict with environmental goals. The text contrasts Honda's localized management approach with Toyota's more centralized global strategy and discusses the trade-offs between integrated and buffered organizational designs for environmental staff.

The document analyzes the financial impact of misallocating hazardous waste disposal costs in a manufacturing setting. It demonstrates that by placing these costs in general overhead rather than tracing them to the specific product causing the waste—ruby-red glass containing cadmium—a company may unknowingly sell a product at a loss. Beyond immediate costs, the note highlights significant long-term liabilities, including potential CERCLA 'Superfund' claims that could pierce the corporate veil and hold owners personally liable for past cadmium emissions.

The document describes Alpha Motors, Ltd., a subsidiary of Mobility Company, and its transition from focusing on manufacturing emissions to managing the entire life cycle of its products. It details the role of 'environmental champions' like Mike Barns in pushing for Design for Environment (DfE) and the use of life-cycle analysis (LCA) to inform design decisions. The case centers on a pilot project to select the material for the XL2000 hood assembly, comparing steel, aluminum, and SMC plastic using a spreadsheet tool based on the Swedish Environmental Product Strategies (EPS) system. The text outlines the five-step LCA process and the specific methodology of the EPS system, which converts environmental impacts into a single numerical value (Environmental Load Unit) based on economic valuation and risk factors.

In 1993, the Utilities Division at Kodak Park volunteered to implement a prevention-based environmental management strategy using the Council of Great Lakes Industries' TQEM matrix. By late 1995, the division reported significant improvements in environmental performance, including a reduction in high- and medium-severity incidents and a substantial decrease in the labor required to rectify audit findings. While direct cost savings were difficult to quantify initially, the shift toward proactive management was projected to reduce annual HS&E personnel costs by 25% by 1998 and 40% by 2000. The division's TQEM scores increased from baseline levels in the 100s to over 400 by 1995, a level considered sufficient to satisfy ISO 14000 requirements.

The document serves as a teaching guide to evaluate the application of Total Quality Environmental Management (TQEM) at Eastman Kodak's Kodak Park Utilities Division. It examines the challenges of implementing environmental management systems during corporate downsizing, the suitability of a utilities division as a test site, and the use of a TQEM matrix to measure success. Key findings suggest that while TQEM improved audit performance and accountability, its impact on direct cost management was limited due to the division's role as a cost center with little influence over the waste generated by other departments.

The document analyzes the ISO 14000 series, specifically the ISO 14001 Environmental Management System (EMS) standard, and its potential to improve corporate environmental performance and market competitiveness for Chinese industries. It argues that while ISO 14001 is a flexible tool for improving compliance and export opportunities, it does not set performance standards on its own and presents a significant cost barrier for small and medium-sized enterprises. The report highlights the importance of China's active participation in the ongoing development of product-oriented standards, such as life-cycle assessment and environmental labeling, to avoid trade barriers. It further suggests that the Chinese government can integrate ISO 14001 into its domestic environmental regime to prioritize enforcement and reward innovation. Finally, it proposes a priority-setting approach for certification based on environmental sensitivity and export profiles to maximize economic and environmental benefits.

The document evaluates the WRAP program at Dow Chemical, which uses a contest format to encourage small-scale capital investments in energy savings, yield improvement, and waste reduction. It highlights the program's strengths, such as top management support and the lack of bureaucracy, while identifying weaknesses including a lack of strategic alignment and limited employee participation. The note also contrasts the Louisiana Division's WRAP approach with the Bayside Division's continuous improvement model.

The document provides an overview of the legal frameworks guiding sustainable development, focusing on the duties of states to cooperate, avoid environmental harm, and compensate for damages, while examining the legal status of natural resources and the global commons.

The document details AT&T's transition from regulatory compliance to a leadership position in environmental management, specifically focusing on the use of TQM to eliminate toxic emissions. It highlights the company's corporate goals for CFC phaseout and waste reduction, and provides a detailed account of the Columbus Works facility in Ohio. At this site, AT&T applied process-level analysis to replace perchloroethylene (PCE) and 1,1,1 trichloroethane (TCA) with safer alternatives like butyl carbitol and n-butyl butyrate, often in collaboration with Bell Laboratories and external stakeholders such as the Ohio EPA.

The WRAP (Waste Reduction Always Pays) program was implemented by Dow Chemical Company's Louisiana Division starting in 1987. Evolving from an energy-saving contest initiated in 1981 to address oil price shocks and capital scarcity, the program expanded to include yield improvement and waste reduction. The program's creation was influenced by a 1985 congressional survey on emissions, pressure from environmental groups, and the upcoming SARA Title III reporting requirements. Over time, the program's financial criteria shifted from requiring a 100% return on investment (ROI) to a 30% ROI, with a minimum savings threshold of $10,000 per project.

The WRAP program at Dow Chemical's Louisiana Division incentivized employees to propose waste reduction projects by linking environmental goals with financial returns. Starting as an energy contest in 1981, it evolved into a comprehensive waste reduction initiative by 1986, utilizing a competitive submission process and ROI-based justification. By 1992, the program achieved significant waste reductions and cost savings, fostering a corporate culture of pollution prevention through recognition and knowledge sharing.

The document outlines a pedagogical approach to teaching Total Quality Environmental Management (TQEM) using AT&T as a primary example. It details the use of process flow diagrams to identify risks associated with hazardous substances like 1,1,1 trichloroethane (TCA) and perchloroethylene (PERC), and discusses various measurement frameworks for environmental performance, including scientific data, management data, and systems assessment tools like the GEMI Self-Assessment Program.